TW201023951A - Game device, method for selecting object, information recording medium, and program - Google Patents

Abstract

The present invention is directed to providing a game device (300) and the like, in which an object, etc. are operated by a controller pointing at a display device, in such a way that a player can readily perform operation for selecting a displayed object. Based on location information acquired from a location information acquiring unit (310), a target region calculating unit (371) calculates a target region which is on the display screen and indicated by the controller. When decision that B button of the controller has been pressed is made based on button operation information acquired from an operation information acquiring unit (320), a candidate object selecting unit (372) selects Mahjong tile objects in the target region as candidate objects. When candidate objects are selected and the controller is moved by the player, an object determining unit (373) determines, from among the candidate objects, a Mahjong tile object set according to the direction toward which the controller is moved.

Description

201023951 6. TECHNOLOGICAL FIELD OF THE INVENTION The present invention relates to a game device that operates a crop device by a controller that points to a pointing device, thereby enabling a player (player) to perform more easily. A game device, an object selection method, an information recording medium, and a program for selecting an object to be operated. φ [Prior Art] There has been known a game device (a video game device, etc.) capable of playing mahjong or a card game (playing cards or hanafuda) (> in such a game device, the player is Select any card among the hands or hands that are displayed and discard them on the field. Specifically, in the home game device for practicing mahjong games, the controller uses the direction keys or decision buttons to perform the card check. Operation φ (playing operation). As an example, a cursor for selecting a playing card from a hand may be moved corresponding to the pressing of the direction key, and after moving to the card desired by the player, by As a prior art of such a game device, an invention of an item determining device capable of preventing mistakes caused by erroneous operations when the player decides to play cards has been disclosed (for example, Refer to Patent Document 1). [Prior Art Document] (Patent Document) Patent Document 1: JP-A-2007-97669 (page 16-28 3 201023951, page 3) [Contents of the invention] [The problem to be solved by the invention] • The new type of game equipment that has been featured on the controller that has recently been sold is popular. This new type of game device is capable of using a newly conceived controller. ® Intuitive operation. For example, the player can hold the newly-conceived controller with one hand and aim at the screen to obtain the ability to directly specify the objects in the game. Where a mahjong game or a card game is implemented on a game device, most of the conventional controllers are still used. That is, a conventional controller is connected to the game device to replace the newly conceived controller, and as described above, By pressing the arrow keys to move the cursor to the desired card call (saw) and pressing the decision button, etc., the card is played (slave). Also, there is a case where the controller of the new concept is directly used, but the current situation is Oh, even in this case, only the same functions as the conventional controllers can be used, and the functions of the newly conceived controller cannot be fully utilized. 'When the function of the controller of the new concept is used for the operation of the card (s), it is expected that the following problems will occur. That is to say, 'Use the newly conceived controller to aim at the card on the game surface (Zha) To make a direct assignment, you must consider the difficulty of correctly targeting the card (Zha) that you want 4 201023951. That is, because the hand (hands) on the game screen is a smart card. (Zh) is arranged to be arranged, so it may be difficult to aim at the destination card (Zha) or to move the aim to another card (Zh) due to the shaking of the hand even if aiming. This situation not only hinders comfort. The operation is also prone to misuse (mistaken selection), so there is a concern that the game itself is less interesting. Therefore, if you want to play a mahjong game or a card game, the player can also use the function of the newly conceived controller. At the same time, it is easy to carry out the technique of the card (single) operation.

[Technical means for solving the problem] Regarding the present invention!

It is configured to include a control unit and a pointing display unit. The game device for the operation of the object, the aiming area detection unit, the selection unit, and the decision system indicate that a plurality of objects (for example, cards or slaps) are displayed on the display screen. The table of instructions first indicates the control unit, which is arranged on the array of images (for example, the hand). In addition, the aiming area detection unit, 5 201023951, the aiming area on the gossip. The selected department is based on the detected In the aiming field, among the arranged images, a plurality of candidate objects are selected. Then, the decision portion corresponds to a change in the pointing or posture of the controller (for example, the direction in which the controller is swiping), and the selected candidate object is selected. In this case, the object is determined. That is, because the object is originally compared to a certain range of a certain range of objects, so when using the controller to feed the desired object, it does not need to be too precise, so that even It is an unskilled gamer who can also simply aim. Next, when the desired object is determined by the selected object, as long as it is mismatched ( Columns) to change the direction or posture of the controller p (for example, 'just swipe'), so you can determine the desired object in an intuitive and natural way. $I makes it easier for the player to represent In the game device according to the second aspect of the present invention, the player holds a controller having a predetermined sensor, and the player points the controller to the surface to specify an arbitrary object. The game device for command processing is configured to include a control unit, a sighting area detecting unit, a selecting unit, a moving direction detecting unit, and a determining unit. First, the control unit may be designated as a designated unit. A plurality of objects (for example, 'cards or slaps') arranged adjacent to each other (for example, a hand 6 201023951 or a handwritten note) are displayed on the display screen. Further, the cat-based field detection unit is based on the position of the controller. And the front end pointing 'to detect the aiming area indicated by the controller on the face. The selected part is based on the displayed image and the detected aim The positional relationship of the field, the plurality of candidate objects are selected from the arranged images. The moving direction detecting unit takes information provided by the sensor to detect the moving direction of the controller (for example, the direction of the controller). The 'Decision Department' determines the card object specified by the ® candidate object in the state in which the candidate object has been selected. That is, because the initial range is a certain extent The aiming area is to select objects, so when using the controller to aim at the desired object, 'does not need to be too precise, so even an unskilled player can simply aim. Then' is selected When the object is determined by the object, it is only necessary to change the orientation or posture of the controller corresponding to its configuration (arrangement) (for example, as long as it is swung), so it can be determined intuitively and naturally. The object you want. The 14 results' enable the player to more easily perform the selection operation of the displayed object. The controller is configured with a predetermined button; the selected portion is capable of selecting a plurality of objects in the array image to which the aiming field belongs when the button is pressed, as a candidate object. 7 201023951 That is to say, 'the candidate object is selected by the player pressing the predetermined button of the controller'. The player can specify the timing of the selection. The ^, D fruit' enables the player to more intuitively select the candidate object while looking at the field of view on the screen. The aiming area detecting unit can also detect the aiming field in sequence at each predetermined time, and the selected part can also be kept in a position on the surface of the aiming area that is sequentially detected after a certain period of time. Then, a plurality of objects of the array image included in the aiming field are selected as candidate objects. That is to say, since the player can aim at the object with a certain degree of aiming area and keep it still, even a player who is not skilled in the operation of the controller can aim relatively easily. This result ' enables the player to more easily perform the selection operation of the object being represented. w denotes a control unit that can display the enlarged image ' of each of the selected candidate objects corresponding to the array image; and the determination unit can also correspond to each of the waiting objects in the enlarged image that is displayed The relationship between the arrangement and the direction of change of the pointing of the controller, the object is determined by the waiting for the complement. That is to say, the player is aiming at the candidate object represented in a relatively large way. The shaking causes the aiming to move to other objects.

S 201023951 As a result, since it is difficult to cause an erroneous operation (false selection), there is no situation in which the fun of the game itself is degraded due to the selection operation. ❹

The object selection method according to the third aspect of the present invention is directed to the object selection method in the game device which is operated by using a controller pointing to the display device to operate on an arbitrary object. The game device includes a controller unit, and the controller unit includes a targeting area debt detecting unit, a selecting unit, a determining unit, a display control unit, and a controller. First, in the presentation step, the control unit indicates that an arrangement image (e.g., a hand or a handwriting) in which a plurality of objects (e.g., cards or slaps) are arranged is displayed on the face. Furthermore, in the aiming field detection step, the aiming field detection department uses the controller unit to detect the cat field on the representation screen indicated by the controller. In the selection step, the selected portion selects a plurality of candidate objects from among the displayed images based on the detected aiming field. Then, in the decision step, the decision department corresponds to a change in the pointing or posture of the controller (e.g., the direction of the controller's swing), and the selected candidate object determines the object. In other words, 'because the object was selected in a wide range of aiming fields at a certain level, so when using the controller to aim at the desired object', it does not require too high precision, making it even unskilled. The player can also simply aim. Then, 'when the selected object is determined by the selected object, 201023951 can change the orientation or posture of the controller as long as it corresponds to its configuration (arrangement) (for example, just swipe), so it can be intuitive And the natural way of operation to determine the desired object. This result makes it easier for the player to perform the selection operation of the object being represented. The program of the fourth aspect of the present invention is configured such that a computer (including an electronic device) can function as the game device. The program can be recorded on a computer-readable information recording medium such as a compact disc, a flexible disc, a hard disc, a magnetic disc, a digital video disc, a magnetic tape, or a semiconductor memory. The above program can be distributed and sold through a computer communication network independently of the computer used to implement the program. The above information recording media can be distributed and sold independently of the computer. [Effect] According to the present invention, it is possible to provide a game device such as a crop piece by a controller of the same device, and to provide a suitable game device, object selection method, and information recording medium. And the "ay program" enables the player to more easily perform the selection operation of the object to be described. [Embodiment] An embodiment of the present invention will be described below. Hereinafter, the present invention will be described with reference to a game device. Although it is an easy-to-understand embodiment, 201023951

[Embodiment 1] FIG. 1 is a schematic view showing a schematic configuration of a typical information processing device in which a shaft device according to an embodiment of the present invention is realized. Figure. Hereinafter, the information processing device 100 includes a CPU (Central Processing Unit) 101, a ROM (Read Only Memory) 102, a RAM (Random Access Memory) 1〇3, an interface 104, a controller unit 105, and an external memory. The body 1〇6, the DVD (digital versatile disc)-ROM drive 107, the image processing unit 1〇8, the sound processing unit 1〇9, and the NIC (network interface card) ιι〇. Further, by executing the program in which the program and data for the game are recorded, the driver 107 is applied to the drive 107, and the information processing device 1 is applied with power, the program is executed to realize the game device of the present embodiment. The CPU 101 controls the overall operation of the information processing device i00, and connects the respective components to exchange control signals or data "ROM 102", and records IpL (initial program loader) to be executed immediately after power is applied, and The CPU 101 reads out the program recorded on the DVD-ROM to the RAM 103 and executes it. Further, the ROM 102 records programs and various materials for an operating system necessary for the overall operation control of the information processing apparatus 100. 11 201023951 and programmers, to keep and talk about other games, RAM103, is the data necessary for the communication of programs and data that are read by the DVD-ROM. A controller unit connected by the interface UM receives an operation input by a user at the time of execution of the game. More specifically, the controller 210, which will be described later, receives its operation information β by the operation of Du, the player, and wireless communication. The details of the controller unit 105 are

Described later. The external memory 106 connected through the interface 104 in such a manner that the device can be freely removed and attached is used to record the data indicating the progress of the game in a manner that the heat can be rewritten, and Φ Ρ乂 and pass k log (record). The user can perform the fingerprint input through the controller unit 105 to record the data to the appropriate external memory 1〇6. Going again, recognize the external testimony of the test, and you can also see the SD card. The DVD R〇M installed in the DVD-ROM drive 1〇7 records the video data and audio data attached to the game program and the game. The DVD R〇M driver 1〇7 is used for the control. The installed DVD-ROM performs a reading process to read necessary programs or materials' and temporarily records these in RAM1〇3 and the like. The image processing unit 1〇8 processes the data read by the DVD-ROM by the CPU 1G1 or the material calculation processor (not shown) of the material processing unit (10), and then records the data to the image processing. The frame memory of the department (not shown). The image information recorded in the frame memory is converted into a video signal (image signal 12 201023951) at a predetermined synchronization timing to be output to a monitor (a display device to be described later) connected to the image processing unit 1-8. In this way, various image representations can be performed. Furthermore, the 'image calculation processor' is capable of performing high-precision two-dimensional image superimposition calculation, alpha-mixing, etc., and various saturation calculations. - In addition, 'variety of various polygon information added with texture information in the virtual 3 dimensional space' is rendered by the buffer method, so that it can be quickly implemented to obtain a virtual view from the predetermined viewpoint position. The operation of the visible image of the polygon in the φ 3 dimensional space. Further, the coordinate operation of the CPU 101 and the image calculation processor 'following the font information for the shape of the ambiguous character can be drawn to the frame memory as a binary image, and drawn to each polygon. surface. Although the font information is recorded at 1 〇 2, it is also possible to use the dedicated font information recorded on the DVD-ROM. The sound processing unit 109 converts the sound data read by the DVD-ROM into an analog sound signal, and supplies it to an external speaker (a speaker of the display 290 to be described later) to output a sound. For example, under the control of the CPU 101, the sound processing unit generates an effect sound or a music piece material which should be generated during the progress of the game, and outputs the corresponding sound to the speaker. The NIC 110' is used to connect the information processing device to a computer communication network (not shown) such as the Internet, by: 10BASE-T/100BASE-T specifications used in the formation of a LAN (local area network) Or use a telephone line to connect to an Internet-like analog modem, an ISDN (Integrated Services Digital Network) modem, an ADSL (Asymmetric Digital Subscriber Line) modem, or use a cable TV line to connect to the Internet. The road cable data machine, etc.; and 13 201023951 are configured to perform an interface between the components and the CPU 101 (not shown). The other 'information processing device 100' may be configured by using a large-capacity external recording device such as a hard disk to complete the ROM 102, the RAM 103, and the outside.

The memory 106 has the same functions as the DVD-ROM mounted on the DVD-ROM drive 107. Further, it is also possible to adopt a configuration in which a keyboard connected to a character string for receiving a player's character string is input, or an input/output device such as a mouse for receiving various positions and selection inputs. Further, the information processing apparatus 1 for replacing the present embodiment may be a game device according to the present invention by using a general computer (a general-purpose personal computer or the like). For example, 'the same as the above information processing device i (10), the general computer system has a CPU, a RAM, a ROM, a DVD-ROM drive,

It can function as a game device. (summary of controller unit) View. Fig. 2 is a view for explaining the outline of the above-described controller unit 105. The controller unit 105 is constructed to include the controller 210 and the sensor 14 201023951 rod 220 as shown. The information processing device ι is connected to the sensor bar 220 and the display 290 via a predetermined cable ‘. The controller 210, for example, has an appearance similar to that of a remote controller such as a television, is connected to the information processing apparatus 100 wirelessly (by wireless communication), and the player can hold the controller of the operation with one hand. Further, the sensing rod 220' is formed in a rod shape of a predetermined length, is positioned on the upper portion of the display 290, and is appropriately fixed in the direction of the screen. In the sensor bar 220, the number of the light-emitting elements 22 embedded in each of the two ends is only one example, and the number of the light-emitting elements 221 can be more than this. The sensor bar 220 receives power supply from the information processing device 1 to cause the light-emitting element 221 to appropriately emit light. The controller 210 is provided with a CCD camera 21 at the front end, and the front end is directed to the display 290'. This CCD camera 211 photographs the images of the two light-emitting elements 221 (two light-emitting points) including the sensing bars 220. Further, the control H 210 system includes a wireless communication unit therein, and transmits information of the captured video to the information processing device 100 in a wireless communication manner. Then, the information processing m is based on the positional relationship of the two light-emitting points in the image transmitted by the controller 21G to appropriately acquire the position and orientation of the controller. For example, 'CPU1G1 and video processing unit (10) are the positional relationship between the two light-emitting points seen by the controller 21, etc. = the spatial position of the controller 21〇 and the direction of the front end (the longer axis of the 〇' is finally obtained. The player is using the controller 21() to point to which of the 15 201023951 operations on the face. Again, the measurement of the position of such a controller 210, for example, is performed for each vertical sync insertion (1/60 second). In addition, the inside of the control S 210 can be equipped with a three-axis acceleration sensor for measuring the movement in the three-axis direction of the controller 210. Furthermore, it can also be used by an angular acceleration sensor or tilt sensing. The controller or the like replaces such an acceleration sensor to measure the movement of the controller 21. The controller 210 transmits the measurement results (for example, the respective acceleration information of the three axes) to the information processing device 1 in order. Then, the information processing apparatus 100 is based on the measurement result transmitted by the controller 210 to (4) the movement of the controller 21G. For example, the player obtains the wave, twist, and poke of the controller 210. Further, the detection of the movement of the controller 210 is performed, for example, at each vertical synchronization insertion. The top surface of the controller 210 is provided with a cross-shaped button 212. When the player performs the operation on the hand, various direction indication inputs and the like can be performed. Further, the A button 213 or the various buttons 215 are also disposed on the top surface, and the instruction input corresponding to the buttons can be performed. On the other hand, the B button 214' can also be disposed on the bottom surface of the controller 21, and has a recess on the bottom surface thereof. When the player holds the operation, it can be pressed like a trigger. The indicator 216 on the top surface of the controller 210 is appropriately lit to allow the user to recognize even when a plurality of controllers 210 are used. 201023951 Power button 217 prepared on the top surface of the controller 210 For example, it is used to instruct the opening and closing of the information processing device 1A. Further, inside the controller 21A, a vibration mechanism such as a vibrator (vibrat〇r) is disposed, and the response can be responded to. The instruction transmitted by the processing device 1 is generated to generate vibration. Hereinafter, the position of the controller 21A is measured by the combination of the controller 21 and the inductive bar 22A, and the description will be made as a premise. The measurement of the position of the controller 210 is not limited to the method of photographing the light-emitting point (light-emitting element 221) of the sensor bar 220 by using a CCD camera, and other methods can be suitably applied. For example, it is also possible to The position of the controller 210 is obtained by the time difference of the wireless communication between the two places of the sensor bar 220, and the controller 2 can also be obtained by using the principle of the two-angle measurement using ultrasonic or infrared rays. Awkward location. Here, the so-called triangulation is to detect the connection between the two points when the correct distance between the two points is known (in the present embodiment, the distance between the two points on the sensor bar 22). And the two end angles of the object to be measured (in the present embodiment, 'the two points on the sensing rod 22〇 and the two end angles of the controller 21〇), by "one side of the known triangle and its two ends" The angle, then the nature of the triangle can be determined to measure the position of the object. (Schematic Configuration of Game Device) The third circle indicates a square circle of a schematic configuration of the game device of the present embodiment. This game device 300 includes a display control unit 36 and a control unit 301. The control unit 301 includes an aiming area detecting unit 3〇2, 17201023951.卩303, determination unit 304, and movement direction detecting unit 3〇5. The control unit 360 indicates that the array of images in which a plurality of objects (for example, cards or slaps) are arranged is not on the display surface. The aiming area detection unit 3〇2 detects the aiming area indicated by the controller on the crotch surface. The selection unit 303' selects a plurality of candidate objects from among the displayed arrangement images based on the detected aiming fields. The determining unit 304 determines the change of the pointing or posture of the controller 210 detected by the moving direction detecting unit 305 from among the selected candidate objects. The moving direction town measuring unit 5 is included in the determining unit 3〇4, and can be omitted as appropriate. Furthermore, cpuioi can function as the control unit 3〇1. The following is an example of the game device 3A, which will be described in detail. The fourth circle shows a block diagram showing a schematic configuration of the game device of the embodiment. As an example, in the mahjong game, the game device 3 is directed to the controller 21 of the display 290 to designate an arbitrary card from the hand (arranged image) on the game screen and discard it (card game). The operation of the Russ card, etc., will be described below with reference to this figure. The game device 300' includes a location information acquisition unit, a mobile information acquisition unit 33G, a video information record = a resource allocation information management unit 350, a control unit 36, and a processing control unit (4). First, the position information acquisition unit 31 依 sequentially acquires position information composed of the position and the direction of the controller 210 (the direction of the front end) taken by the player. For example, the position information acquisition unit obtains the spatial position 'and the front end (the direction of the ccd camera 2 (1) 18 201023951 (the direction of the long axis) with respect to the display controller 2H). The position of the two-axis direction (the respective directions of the X-axis, the γ-axis, and the z-axis) of the controller 210 and the direction of the long axis of the controller 210 are obtained in sequence. The information acquisition unit 31G is, for example, each vertical synchronization. Insertion (1/60 1 generates & the position information composed of the respective positions in the three-axis direction and the direction of the long axis - and sequentially supplies them to the processing control unit 37. . . : i controller single! 〇5, the function is obtained as the position information acquisition unit 310. The information acquisition unit 32 is configured to acquire the controller. The wireless communication: the button operation information is used to sequentially obtain the player control. The content of the button operation of the device 21〇 is said to be "real time" which button of the controller 210 is pressed by the player, etc. The road S' interface 1〇4, etc. is obtained as such operation information. The function is performed by the part 320. The acquisition unit 33 The movement information of the movement (acceleration, etc.) in the two-axis direction for indicating the controller η is sequentially obtained. For example, in the game player swinging the controller 210, the red-handed portion 330 acquires the control information. (Moving direction). Others/loading 1 direction (As an example, when the front end is turned to the controller 21G, or when the poke is pulled back, the moving direction of the shifting device. The material 330 is also controlled and the controller is The unit 105 is configured to function as a part. The moving information acquisition image information recording unit 340 records image information of each item 201023951 (brand object) containing mahjong tiles. For example, the image information recording unit 340 is recorded. Image information of all the items belonging to Wanzi (10,000 to 90,000), Xu (1 to 9), Suzi (1 to 9), and (brand and 3). In addition, the video information recording 胄 340 ′′ also records the image information of various objects necessary for the mahjong game, such as a stick or a shell. Furthermore, the DVD R〇M installed in the DVD-ROM drive and RAM103 is the system The image information recording unit functions as a function. The configuration information management unit 35 manages the arrangement information of the card objects including the arrangement (combination or arrangement) of the hand cards. For example, the configuration information management unit 35 is configured to manage the game. The configuration information of the player's hand. That is to say, the management manages the arrangement of the hands that are changed in the game, such as matching, self-touching, playing cards (cards), dews (eat, touch, bar). In addition, the configuration information management unit 35 管理 also manages the arrangement information of the cards that each player discards to the river. Further, the CPU 101 and the RAM 103 function as such arrangement information management unit 350. The table control unit 360 generates the game image based on the image information recorded by the image information recording unit 34 and the configuration information managed by the information management unit 35. Specifically, the control unit 360 generates a representation image (game surface) as indicated by the fifth circle. In this representation image, there is an arrangement image HG of each of the card objects for displaying the hand. That is to say, the arrangement image HG indicates the arrangement of the card objects currently held by the player, and the respective cards 20 201023951 are arranged in a row in the lateral direction adjacent to each other (adjacent to each other). The player can use the controller 210 to perform a card-playing operation on the cards (cards) by such cards (arrangement image HG) «definitely (determine) any cards. Therefore, as will be described later, the control unit 36A generates an aiming mark (mark) indicated by the aiming field on the game screen indicated by the controller 21, or a candidate object selected for the aiming field. Zoom in on the image, etc. Further, the video processing unit 108 functions as such a display control unit 36 〇 φ. Returning to Fig. 4, the processing control unit 3 70 controls the entire game device 3A. The processing control unit 37 is configured to include the aiming area calculation unit 371, the candidate object selection unit 372, the object determination unit 373, and the game progress unit 374. In the present embodiment, the standard area calculating unit 371 is used as the matching area detecting unit 302, the candidate object selecting unit 372 is selected as the selecting unit 3〇3, and the object determining unit 373 is used as the determining unit 3〇4. , come to the real # now. The aiming area calculation unit 37i sequentially calculates the aiming area on the display 29 (game screen) instructed by the controller 21A based on the position information acquired by the position information obtaining unit 31. Specifically, first, the aiming area calculation unit 371 obtains the actual space (_heart (4) position (each position in the x-axis, the γ-axis, and the z-axis direction) of the controller 210 by the acquired position information. And the direction of the front end (ccD camera 211) (the direction of the long axis). Then, as shown in Fig. 6a, based on the obtained position of the controller 210 and the direction of the long axis L, 21 201023951 is used to transmit the surface Scr The target position §p on the display 290. Next, the cat quasi-field calculation unit 371 calculates the 包围 _ SAe ^- surrounded by the circle of the predetermined radius centering on the obtained 晦 position SP. The example 'as shown in Fig. 6B' is in the hand (arranged image) for about a month, enough to surround the size of the three brand objects 〇bj, to calculate the standard field from. ❹ Furthermore, the standard field SA An example of the shape of the shape is not limited to such a circular shape. The size (range) of the reference field can be appropriately changed. Is to supply the calculated information of such a quasi-domain to The candidate object selection unit 372. Further, in order to allow the user to see such a target field (in order to add the standard mark or the like to the ': quasi-domain calculation unit 371'), the information of the target area is also supplied to the display control unit. 36〇» Returning to Fig. 4, the candidate object selection unit 372 is based on the information and configuration information management department of the standard field of the 4th calculation of the 4th calculation of the 4th calculation, and the positional relationship of the arranged objects. And the operation information = part of the button operation information obtained to select a plurality of card objects as candidate objects. % : If the 'candidate object selection unit 372 ' is operated by the button to the controller 210 When the button is pressed by the player (hereinafter, as the _ example b button), if the card object included in the (4) quasi-field is Kang, the card object is selected as the candidate object. Furthermore, whether it is included ί = In the field, as an example, the center of the card object (also the center of gravity) is judged in the field of quasi-quantity. 22 201023951 Specifically, as shown in Figure 7A, the SA in the aiming field overlaps in the hand. (arranging images In the case of HG, when the b button 214 of the controller 21 is pressed, the candidate object selection unit 372 will be the three cards of "South", "West", and "Fa" included in the field 8 〇bj is selected as a candidate object. In the case shown in Fig. 7B, when the b button 214 of the controller 21A is pressed, the candidate object selection unit 372 is completely included in the aiming φ field ^8. "South", "West", and the center are included in the "three cables" in the aiming area sa, and the total of three brand objects 〇bj are selected as candidate objects. Furthermore, the center of "fat" is out of the aiming area SA. When the B button 214 of the controller 21A is pressed in the state shown in Fig. 7C, the candidate object selection unit 372 sets "one cylinder", "seven cylinders", and "seven cylinders" included in the aiming field sa. The three card objects 〇bj are selected as candidate objects. In this case, since "seven cylinders" and "seven cylinders" are repeated, "one cylinder" and two "seven cylinders" can be used as candidate objects to form an enlarged image to be described later. Further, the candidate object selection unit 372 can also determine that there is a repetition, and only two of the "-tube" and "seven cylinders" are selected as candidate objects. Further, when the button 214 is pressed, the included "20,000 objects. In the situation shown in the 7D diagram", the B of the controller 210, the complement selection unit 372 will be aimed at the field SA" The selection of the item of the object Obj is not limited to such a basis. The selection method of the candidate item 23 201023951 Whether the center of the item of the item is in the field of the standard can be appropriately changed. For example, it is possible to select only the items of the card that are completely contained in the 晦 领 $, or all of them can be selected in the field of the cat. In other words, in the case of the above-mentioned 7B, for example, it is possible to select only two brand objects Obj of "South" and "West" which are completely contained in the material (4) SA, and conversely, this "South" can also be selected. , "West", and only

There are - part of the "three ropes" and "hairs" in the cat's quasi-field, totaling four brand objects Obj. The candidate object selection unit 372 supplies the information 'the selected item' to the object mosquito unit 373. Further, in order for the player to know (see) the candidate object thus selected (in order to display it as an enlarged image or the like), the candidate object selection unit 372 supplies the information of the candidate object to the display control unit 360. Returning to Fig. 4, the object determining unit 373 obtains the movement information (acceleration in the three-axis direction, etc.) obtained by P 0 in accordance with the movement information, and determines one card object among the selected candidate objects. For example, when the candidate object is selected and the player swings the controller 21, the object determination unit 3 73 determines the location of the candidate object in accordance with the swing direction (for example, the movement direction of the front end). The prescribed card object is taken as an example. When two card objects (in the left, right middle, and right end of the player object according to the player's point of view) are selected as candidate objects, the controller 21G is left to the left according to the player's point of view. The direction is waving, then the card object at the left end of the shirt, and then, waving upwards, determines the card object in the middle; 24 201023951 and, waving in the right direction, determines the card object at the right end. Specifically, as shown in Fig. 8A, three card objects composed of the left-hand card object ObjL (south), the middle card object 〇bjc (west), and the right-end card object ObjR (hair) are selected. In the state of the candidate object, the player swings the controller 210 upward, and the object determining unit 3 73 determines the card object 〇bjC (west) corresponding to the upward direction. When the controller φ 210 is swung to the left as shown in Fig. 8B, the object determining unit 373 determines the card object ObjL (south) corresponding to the left direction. Further, as shown in FIG. 8C, in the case of the same candidate object and the controller 210 swings to the right, the object determining unit 373 determines the card object ObjR (transmitting) β in the right direction. The direction in which the 210 is swung (moving direction) allows a certain degree of tolerance to be established, even if it is not strictly in the flat direction (left,

Waving in the right direction) or in the vertical direction (upward direction) can also discriminate (debt measurement) as the left/right direction or the upward direction. - From the 8th to the 8thth, although the case where three pieces of the object are selected as the candidate items has been described, it can be suitably applied to the case where other number of the items are selected as the candidate items. Select two card objects (in accordance with the player's point of view, the left and right end of the card object) < for the candidate object, the controller 21 can also be swung in the left direction according to the player's point of view. The determining unit 373 determines the card object at the left end; the object determining unit 373 determines the card object at the right end when the square and the right side are swung. 25 201023951 Returning to Fig. 4, the object determination unit 373 supplies the information of the card object thus determined to the game progress unit 374 and the arrangement information management unit 350, and arranges the information management unit 35〇. Supply the information of the determined card object (information on the card) and then 'update the configuration information, and then based on the new information' to update the game face by means of the control unit 36 (that is, update the hand or river) Image). The game progress section 374 manages the progress of the mahjong game. For example, it is necessary to manage the gameplay of the game called "self-touching, playing cards, and dew (eat, touch, and bar). For example, when the player has set a limited time from the touch to the card, if the player does not decide to play the card within this time limit (when the information of the card determined by the object determination unit 373 is not obtained), the game progress unit 374 is used. Decided to use the predetermined card as a card.

Specifically, when the candidate object has been selected and the restriction has passed, the game progress unit m determines the card at the two predetermined positions in the candidate object (the card at the right end of the - example) as the card. In the case where the candidate object is not selected, and the time limit has elapsed, the game progressing unit 374 determines that the card at the 敎 position of the material is the card at the right end. The processing control unit 370 controls the game device 301 and the game controller 301, and the game controller 301, and the game controller 301, the game controller 301, and the game controller 301. Play the function. The processing control unit 26 201023951 (the outline of the operation of the game device) is configured as shown in Fig. 9. The game device described above is used for the game of the mahjong game. Flowchart of the process of the housekeeping process. The following reference, the,, and this figure illustrate the action of the game ii _. Each of the card processing is part of the overall mahjong game processing, for example, in the game, after the player's self-touching, after the dew (eat, touch, and rub), it is repeatedly executed. First, the game device 300' acquires the position information of the controller 21', and calculates the aiming area (step S401). . In other words, the target field calculating unit 371 calculates the aiming area on the display 290 (game face) indicated by the controller 2 (7) based on the position information obtained by the position information 4 3 10 . The game device 300 is on the game surface and synthesizes the mark (step S402). In other words, the control unit 36A obtains the information of the target field by the aiming area calculation unit 371, and generates the information for the player to see the current cat field, for example, 帛1〇A Quasi-mark mk. That is to say, 'this cat quasi-mark Μ κ, which is used to indicate the range of the aiming area SA of the above-mentioned sixth drawing', enables the player to confirm the aiming field and the 'representative control unit' will produce such a The marking mark MK' is synthesized on the game screen as shown in the 1GB chart. That is to say, referring to the 6th circle and as described above, since the cat quasi-domain sA is approximately capable of enclosing the size of the three cards 10(10) 27 201023951 of the hand (arrangement image) order, as shown in FIG. The range indicated by the aiming mark MK is also about the size of three cards in the garden. Furthermore, the standard SA and the standard mark are not limited to being completely different, and can be somewhat different in size and shape. That is, the player adjusts the orientation of the controller 210 such that the aiming mark 用以 for indicating the range of the three cards overlaps with the desired card in the hand. 〜 e Further, as such an example, the alignment mark mk' can be appropriately changed in shape or the like. Returning to the ninth item, the game device 3 determines whether or not the player has pressed the β button 214 of the controller 210 (step S403). In other words, the processing control unit 37 determines whether or not the Β button 214 of the controller is pressed based on the operation information acquired by the operation information acquisition unit 320. The game device 300, if it is determined that the controller 2 has not been pressed, and returns to the above step. On the other hand, if it is determined that the 8 button 214 of the controller 21A is pressed (YES in step S403), the game device determines whether or not the registration mark is on the hand card (step S404). That is to say, the processing control unit 370' determines whether or not the cat quasi-field calculated by the collation field calculating unit 371 is located on the hand (arranged image) in the game face, that is, whether or not the controller is used to designate the card. Hey. Come and aim at the state of the hand. The game device 300 returns the processing to the above step if it is judged that the cat mark is not on the hand (step 28 201023951 S404). In general, if the discrimination mark is on the hand (step s4〇4), the game device 300 selects the candidate object (step 8). In other words, the candidate object selection unit 372 identifies the candidate object based on the positional relationship between the hand (arranged image) and the target field. In other words, when the player presses the 3 button 214 of the controller 210 in a state in which the desired card overlaps with the target mark, the candidate object selection unit 372 is referred to as the above-mentioned reference 7a to In the description of Fig. 70, a plurality of card objects 〇bj included in the field SA are selected as candidate objects. The game device 300' synthesizes the enlarged image of the candidate object on the game screen (step S406). In other words, when the game device 3 00 obtains the information of the candidate object by the candidate object selection unit 372, the player knows which card object is selected as the candidate #, and the game device is shown as 帛UA. The enlarged image KG of the candidate is combined with the candidate object to be synthesized on the game drawing surface. As an example, as shown in Fig. 11B, an enlarged image is superimposed on a candidate object to be combined. In addition, since the arrangement (synthesis position) of the enlarged image lg is aimed at making the player know the correspondence relationship with the candidate object, it is possible to change the image to be placed in the vicinity of the candidate object as appropriate. Those who are connected to the candidate object in a line or the like are arranged in a remote area or in a dedicated field. Further, in this enlarged image KG, an arrow mark Ym (YmL, YmC, YmR) in three directions is added. In order to determine a card object from among the candidate objects, these arrow marks Yrn indicate that the player should wave control the direction of the device 210. Further, as an example, the enlarged image KG, whether or not it is to be accompanied by an arrow mark, can be appropriately changed. For example, as shown in Fig. uc, it is also possible to generate a magnifying shirt image KG' which is not attached with an arrow mark and whose configuration of the candidate object is changed, by the respective 4, to indicate the direction in which the player should wave 210. Returning to the ninth item, the game device determines whether the controller (4) is active (step S407). In other words, the processing control unit 370 determines whether or not the controller is waving based on the position information (acceleration or the like) supplied from the movement information acquisition unit 330. For example, when an acceleration equal to or greater than the reference value is obtained, the processing control unit 370 determines that the controller 21 is swung. The game device 300, if the determination controller 21 does not swing (NO in step S407), determines whether or not the pressing of the B button 214 is released (step S408). That is, the processing control unit 37 is based on the operation information. The button operation information acquired by the acquisition unit 320 is used to determine whether or not the pressing of the B button is released. When the game device 3 00 does not release the depression of the b button 214 of the determination controller 21A (NO in step S408), the game device 3 returns to the above-described step S4〇7, and the processing of steps S4〇7 and S4〇8 is repeatedly executed. . On the other hand, when it is determined that the pressing of the B button 214 of the controller 210 is released (YES in step S408), the game device 3 returns to the above-described step S401. In other words, once the selection of the current candidate object is released by 30 201023951 (the synthesis of the enlarged image is also stopped), the player can resume the selection of the candidate object again. Further, in the above-described step S407, when it is determined that the controller 2 is being swung (YES in step S407), the game device 3 is determined to correspond to the moving direction of the controller 21A to determine the card object (step S4〇9^ In other words, the object determining unit 373 determines one card object among the selected candidate objects in accordance with the moving direction. Specifically, as described with reference to the above-described 8A to 8C drawings. The object determining unit 373 determines the predetermined card object from among the candidate objects in accordance with the swing direction of the controller 21 (for example, the moving direction of the front end). Then, the game device 300 determines the card to be determined. The object is used as a closing card to end the card processing. Further, after the game card is finished, the game device 3 continues to play the mahjong game. Thus, first, the player is by the aiming mark, and the hand is arranged by the hand. In the middle of 'contains the card with the desired card. That is, because the selected card is selected to a certain extent (target field), even if it is unskilled The player who operates the controller 21〇 can also simply aim. In addition, when aiming at the desired card, it is only necessary to include the desired card, so even if the hand is shaken, the aiming is misaligned, and There is no strict requirement. Then, after the desired card is selected as the candidate object, since the player can correspond to the configuration (.arrangement) of the desired card object to swing the controller 210, it is possible to intuitively In the above-described embodiment, the game player can easily perform the selection operation of the displayed card object. [Embodiment 2] (Other embodiments) In the above embodiment, In the case where the button of the controller 21 (for example, the B button 214) is pressed by the player as a trigger, and the card object included in the aiming field is selected as the candidate object, the description will be made. The method of the candidate object is not limited to such a button press, but can be appropriately changed. For example, it is also possible to keep the aiming field stationary (stationary). The candidate object is selected as a trigger for a certain period of time. Hereinafter, a game device in which a candidate object is selected by holding (stationary) of the aiming field will be described with reference to Fig. 12. Fig. 12 is a view showing the other related to the present invention. A block diagram of a schematic configuration of the game device according to the embodiment. The game device 500 includes a position information acquisition unit 31, an operation information acquisition unit 320, a movement information unit (4), a video information recording unit 340, and a placement information management unit 35. () ' indicates the control unit (10) and the processing control unit 570. The difference between the control unit (10) and the game device 3 of the above-described fourth embodiment is only the processing control unit 37 and the processing control unit 57. The difference is that the position information acquisition unit indicates that the game device 30 is the same as the game device 30 of the fourth figure described above. The processing control unit 570 includes a target area calculation unit 371, a candidate 32 201023951 object selection unit 372, an object determination unit 373, a game progress unit 374, and a hold time measurement unit 571. The processing control unit 570 is configured by adding the holding time measuring unit π to the processing control unit 370 of the above-described game device 3A. In other words, the predetermined field calculation unit 371 to the game progress unit 374 are almost the same as the above-described processing control unit 37. The CPU 101' can function as the processing control unit configured as described above. For example, the hold time timing unit 571 is once taken by moving the information. "30 The movement information obtained in 30 (the acceleration in the three-axis direction, etc.) 210 is still, and the timing is started from the time point (starting from zero. Furthermore, the movement of the controller 21〇 is determined (the stationary system is interrupted). The time is counted. Then, once the controller 21 is judged again, the time is counted from zero. In this way, the time when the controller 21 is stationary is counted, and if the time is too long, the time counting unit 571 is held. When the cat's quasi-field 372 has been held for a certain period of time, it is notified to the candidate object selection unit that the L' candidate object selection unit 372 receives the card from the hold time measurement unit (4). The card object is selected as the candidate object. That is, the player overlaps the desired card with the standard mark: 'Control: the device 210 remains stationary, so the aiming field is also the same~ Then 'the delay does not move after a period of time Then, the candidate object selection unit, S'" is not 33 201023951. Referring to the descriptions of the above-mentioned 7A to 7D, the plurality of card objects 0bji5 included in the field 2 are designated as candidates. The object is then the same as the above-described game device 3A, corresponding to the card direction of the controller 21〇 in the swing direction of the controller object. That is, the object determination unit 373' refers to the above. The description of FIGS. 8A to 8C corresponds to the swing direction of the controller 21G (as a shift of the front end of the example), and a predetermined card object is determined from among the candidate objects.

In this case, the player can also determine the desired card in a wide range (cat quasi-field) to a certain extent and can be so static, so even a player who is not skilled in operating the controller 210 can be simple. Ground aiming. ... Then 'after the desired card is selected as the candidate object, since the player can correspond to the configuration (arrangement) of the desired card object to swing the controller 210', it is possible to determine the desired one with an intuitive and natural operation. Card objects. With k results, the player can easily perform the selection operation of the indicated card object. _ ~ The embodiment of the above-described embodiment is described with respect to the case where the card object included in the (4) quasi-field is selected as the candidate object. However, the selection I method of the candidate object is arbitrary. For example, it is also possible to obtain and select the candidate object recommended as the greeting card by the calculation on the side of the game devices 300 and 500. For example, instead of aiming at the B button 214 on the hand to press the controller 21〇, or not causing the controller 21 to be stationary for a period of time, the process control unit 370. 570 follows the predetermined rounding theory by logic. Select the cards that are not in the current hand in the plural (for example, 3 cards from the top). After d, in the same manner as described above, the 34 201023951 enlarged image ' of the candidate object is synthesized on the game screen, and the object determining unit 373 determines the predetermined card object in accordance with the swing direction of the controller 210. In this case, the player can easily perform the selection operation of the displayed card object.

The above-described embodiment is described as an example of a mahjong game, but is not limited thereto, and can be suitably applied to other card games or the like by the controller 210. ) Specify a game like any object. In other words, the above-mentioned mahjong game, as shown in Fig. 5, is described by the case where an arbitrary card object is designated among the arranged images in which the respective card objects are arranged adjacent to each other in the horizontal direction, but the object is additionally described. It is also applicable to those that are arranged adjacent to each other (adjacent to each other). For example, it is also possible to arrange adjacently by a fan shape spread out by hand, or to arrange adjacently by a vertical direction or an oblique direction. Furthermore, it is also possible to arrange more than one column and to arrange them across a plurality of columns. Furthermore, as in the case of the nerve fading of playing cards, the situation is applied in an orderly manner, and (4) is suitably applied. Furthermore, this application claims the right to practice based on the Japanese Patent Application No. The content of the request as a basis is fully incorporated into the present application. (Industrial Applicability) As described above, according to the present invention, it is possible to provide a game device in which the game device can be operated more easily by operating the device to the controller of the display device. The game device, the object selection method, the information recording medium, and the program for selecting and operating the object. 35 201023951 [Brief Description of the Drawings] Fig. 1 is a schematic view showing a schematic configuration of a game device according to an embodiment of the present invention. The second drawing is an external view for explaining the outline of the controller unit. Fig. 3 is a block diagram showing a schematic configuration of a game device according to an embodiment of the present invention. Fig. 4 is a block diagram showing a schematic configuration of a game device according to an embodiment of the present invention. Fig. 5 is a schematic diagram showing an example of an image (game face). Fig. 6A is a schematic view for explaining calculation of a reference area based on the position and direction of the controller. Figure 6B is a schematic diagram illustrating the calculated field of aiming. Fig. 7A is a schematic view for explaining the selection of candidate objects. Fig. 7B is a schematic view for explaining the selection of candidate objects. Fig. 7C is a schematic view for explaining the selection of candidate objects. Fig. 7D is a schematic view for explaining the selection of candidate objects.

Fig. 8A is a diagram for explaining the outline of the state in which a card object is determined by the wiping controller from the candidate object. W Fig. 8B is a schematic diagram for explaining how a card object is determined by a candidate object by waving a controller. Fig. 8C is a schematic view for explaining how a card object is determined from among the objects by waving the controller. Fig. 9 is a flow chart showing an example of the hand-off processing of the embodiment of the present invention - 36 201023951. Figure 10A is a schematic diagram illustrating the aiming mark. Fig. 10B is a schematic view for explaining how the alignment mark is displayed on the card object. Fig. 11A is a schematic view for explaining an enlarged image of a candidate object. Fig. 11B is a schematic view for explaining how the enlarged image of the candidate object is displayed on the card object. Fig. 11C is a schematic view showing an example of another embodiment of an enlarged image of a candidate object. Fig. 12 is a block diagram showing a schematic configuration of a game device according to another embodiment of the present invention. 37 201023951

[Description of main component symbols] 100 information processing device 300 game device 101 CPU 301 control unit 102 ROM 302 aiming area detecting unit 103 RAM 303 selecting unit 104 interface 304 determining unit 105 controller unit 305 moving direction detecting unit 106 external memory 310 Position information acquisition unit 107 DVD-ROM drive 290 Display 108 Image processing unit 320 Operation information acquisition unit 109 Sound processing unit 330 Mobile information acquisition unit 110 NIC 340 Video information recording unit 210 Controller 350 Configuration information management unit 211 CCD camera 360 Control unit 212 Cross-shaped button 370 Process control unit 213 A button 371 Aiming field calculation unit 214 B button 372 candidate object selection unit 215 Various buttons 373 Object determination unit 216 Indicator 374 Game progress unit 217 Power button 500 Game device 220 Sensor bar 570 Process Control Unit 221 Light-emitting Element 571 Hold Time Timing Unit 38

Claims (1)

201023951 VII. Patent application scope: L A game device (300) is a game device (editor) that is operated by pointing to a controller (21〇) of a pointing device and designating an arbitrary object, and is characterized in that it has ' indicates that the control unit (360)' is an array of images in which a plurality of objects are arranged, and is displayed on the display screen; the reference field (4) (302) is detected by the controller (the indication screen indicated by the parameter 21) The targeting unit (303) selects a plurality of candidate objects from the displayed image based on the detected targeting field; and the determining unit (304) corresponds to the controller (21) The change of the pointing or posture of the ,) determines the object from among the selected waiting objects. 2. The game device (300) is held by the player with a controller (210) having a predetermined sensor. And the player points the controller (21〇) to the game device (3〇〇) that specifies an arbitrary object to be commanded, and is characterized in that: the control unit (360) is included It may be an arrangement image of a plurality of objects adjacent to the specified object, which is displayed on the display screen; the aiming field detection unit (302) detects based on the position of the controller (21〇) and the pointing of the front end. The pointing area indicated on the screen indicated by the controller (21〇); the selecting unit (303)' is based on the positional relationship between the displayed arranged image and the detected target field. Among them, a plurality of 39 201023951 candidate objects are selected; a moving direction detecting unit (305) obtains information transmitted by the sensor to detect a moving direction of the controller (210); and a determining unit (304) 'In the state in which the waiting for the to-be-finished item has been selected, the object specified in the waiting object corresponding to the detected moving direction is determined. 3. The game device according to claim 1 (3〇〇), wherein the controller (210) is configured with a predetermined button; the selected portion (303) is the one to which the target field belongs when the button is pressed. Shadow The plurality of objects in the middle are selected as candidate objects. 4. The game device (3〇〇) according to claim 1, wherein the aforementioned field detection unit (302) is at each predetermined time. Detecting the aiming field sequentially; the selected portion (303) 'If the position on the image of the aiming field in the sequentially detected image is 'moved' for a certain period of time, the cat quasi field is included The plurality of objects in the array of images are selected as candidate objects. 5. The game device (3) according to claim i, wherein the aforementioned control unit (360) is selected The enlarged image 'the waiting for the complement' is displayed corresponding to the arranged image; the determining unit (304) corresponds to the arrangement of each of the waiting objects in the enlarged image, and the controller (21〇) The relationship of the direction of change of the pointing, the object is determined by the waiting for the complement. 201023951 The game device (300) for controlling the device is selected as an object selection method by specifying an arbitrary object by the finger (2 10)', and is characterized in that: The game device (300) has a controller unit including a component (4) (302), a selection (10), a determination unit (3), a control unit (360), and the controller ( 21〇); The object selection method includes: a step indicating that the control unit (360) indicates that the array of images arranged by the plurality of objects is displayed on the display screen; and the aiming field detecting step is the aforementioned aiming field. The detecting unit (3〇2) uses the controller unit to detect the aiming area indicated by the controller (2丨〇) on the display surface; the selecting step is the selected part (303), based on the The detected aiming field 'selects a plurality of candidate objects from the displayed image sequence; and the determining step is the determining portion (304) corresponding to the pointing or posture of the controller (21〇) Change 'by the selected object such candidates to decide among objects. 7. A computer-readable information recording medium characterized by recording a program for causing a computer to function as a controller (210) pointing to a pointing device, specifying an arbitrary object. To operate: The control unit (360) is the image of the arrangement of the 201023951 image of the plurality of objects, which is displayed on the display surface; the aiming area detection unit (302) is detected by the controller (21 〇 The indicated indication area (303) is based on the detected aiming area, and the selected plurality of candidate objects are selected from the displayed image; and the determining unit (3) 04), corresponding to the change of the pointing or posture of the controller (21〇), the object is determined from among the selected waiting objects. 8. A program characterized by enabling a computer to function as a component of a computer that is operated by a controller (21 〇) pointing to a display device to designate an arbitrary object: a control unit (360), The image of the arrangement in which the plurality of objects are arranged is displayed on the display surface; the aiming area detection unit (302) detects the aiming field on the display screen indicated by the controller (21 〇); (3 03 ) 'based on the detected aiming area, the selected plurality of candidate objects in the arranged image indicated by the table φ; and the determining unit (304)' corresponding to the controller (210) The change in pointing or posture determines the object from the selected waiting object. 42